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Showing 1 to 2 of 2 for “"Ion Trap Quantum Computing"”.

  1. Quantum Error Correction for Physically Inspired Error Models

    <p>In this dissertation we will discuss methods for creating error-robust logical qubits which have been optimized for trapped ion quantum computers. We will cover the basic building blocks of quantum information and develop an understanding of the standard techniques for building fault-tolerant …

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  2. Improving Scalability of Trapped-Ion Quantum Computers Using Gate-Level Techniques

    <p>Trapped ions provide a promising platform to build a practical quantum computer. Scaling the high performance of small systems to longer ion chains is a technical endeavor that benefits from both better hardware system design and gate-level control techniques. In this thesis, I discuss our work …

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